Ifilimu yefilimu i-lithium wiobete (LN) ifoto

Ifilimu yefilimu i-lithium wiobete (LN) ifoto

I-Lithium Niobete (LN) inesimo esikhethekileyo sekristali kunye neziphumo ezityebileyo, ezinjengeempembelelo ze-elektroniki, iziphumo ze-elektroniki, kunye neziphumo ze-piezoelectric. Kwangelo xesha, ineengenelo zefestile ye-overpalls ebonakalayo kunye nokuzinza kwexesha elide. Ezi mpawu zenza ukuba iqonga elibalulekileyo lesizukulwane esitsha se-SOTOTOICS. Kwizixhobo ze-felicals kunye neempawu ze-Optoelect, iimpawu ze-LN inokubonelela ngemisebenzi yesityebi kunye nokusebenza, ukukhuthaza ukuphuculwa konxibelelwano lwekhephu, ikhompyuter eyakhiweyo, kunye neenkalo ezibonakalayo. Nangona kunjalo, ngenxa yepropathi ebuthathaka ye-lithium kunye ne-fanser ye-liobate, isicelo esidityanisiweyo se-LITIIM NIOBAAT sisejongene nengxaki yokuchongwa okunzima. Kwiminyaka yakutshanje, iingxelo kule ntsimi ikakhulu zibandakanya iifoto ezidityanisiweyo kunye ne-theterojunctionasts.
I-wapeguide pietdetecttote yomphetho esekwe kwi-Lithium ye-lithium ihlala igxile kunxibelelwano lwe-C-band (1525-1566nm). Ngokuhambelana nomsebenzi, i-LN ikakhulu idlala indima yamaza akhokelayo, ngelixa i-Optoelectual Expressiness ixhomekeke ikakhulu i-semicond, kunye ne-Aindi-v Groundggap ye-Bandionduds, kunye nezinto ezibini. Kwindawo enjalo uyilo, ukukhanya kudluliselwa kwi-lithium ye-liobate offilical wavee of ilahleko ye-semiciondpector (njengezixhobo ze-semicondondstaic) ukonyusa imiqondiso yombane. Izibonelelo zisebenza i-bandwidth ephakamileyo (~ GHZ), i-voltage esebenzayo, ubungakanani obukhulu, kunye nokuhambelana ne-Potonic Chiptions. Nangona kunjalo, ngenxa yokwahlula intsholongwane ye-liobete ye-liobate kunye ne-semicondcuctor yezixhobo, nangona ngamnye enza imisebenzi yakhe, i-LN idlala indima yokukhokela amaza kunye nezinye iipropathi zasemzini ezingasetyenziswanga kakuhle. Izixhobo ze-Semicondcuctor Izixhobo zidlala kuphela indima kwifoto ye-fiteelectric kwaye inesifo sokudibana, sikhokelela kwibhendi yokusebenza. Malunga nokuphunyezwa okukhethekileyo, ukudibanisa ukukhanya komthombo wokukhanya ukuya kwi-Lithium ye-lithium ye-liobate official iziphumo ezikhoyo kwilahleko enkulu kunye neemfuno zenkqubo engqongqo. Ukongeza, amandla okukhanya okukhanyayo etyhutywe kwisitishi se-semiconductor kwingingqi ye-Coupling kunzima ukulinganisa, nto leyo enciphisa umsebenzi wayo wokufumanisa.
NgokwesikoIifotoIsetyenziselwa ukwenza izicelo zihlala zisekwe kwizixhobo ze-semicondcuctor. Ke ngoko, i-lithium ye-lithium, ireyithi yayo yokufumana impahla ephantsi kunye neepropathi zokuthambisa zenza ukuba kungathandabuzeki ngumphambukeli, kunye nenqaku elinzima ebaleni. Nangona kunjalo, ukuphuculwa kwetekhnoloji yokucamngca kwiminyaka yakutshanje kuzisa ithemba kuphando lwe-lithium ye-zithium ye-Niobate. Ezinye izinto ezinokufunyanwa ngokukhanyayo okuqinileyo okanye ukuqhutywa ngokugqwesileyo zinokudityaniswa ngokudibeneyo ne-lithimuy ye-lithium ye-liobate yokuhlawula iintsilelo zayo. Kwangelo xesha, i-polilang spoling poling ye-Pyroelelectric ye-Pyroelelectric ye-lithium ye-liobate ngenxa ye-anisotpy yayo yesakhiwo inokuthi ilawulwe ngokuguqula iimpawu zokukhanya kwePyroectronic. Le mpembelelo ye-shirmal ineengenelo ze-ovand kunye nokuqhuba ngokwakho, kwaye zinokugqitywe kakuhle kwaye zisebenziseka ngezinye izixhobo. Ukusetyenziswa kwe-wiminnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnonsous kwiziphumo ze-thermal kunye nefoto kuvulele ixesha elitsha le-lithium ye-lithium ye-liobate, enza izixhobo zokudibanisa izibonelelo zazo zombini ezi ziphumo. Kwaye ukwenza iintsilelo kwaye kufezekise ukudityaniswa okubhaliweyo kwezibonelelo, yi-hotspot yophando kwiminyaka yakutshanje. Ukongeza, ukusetyenziswa kwendawo yokubekwa kwe-ion, ubunjineli bebhendi, kunye nobunjineli bobuchule kukukhetha ukusombulula ubunzima bokufumana i-lithium. Nangona kunjalo, ngenxa yobunzima bokuqhubela phambili kwe-lithium ye-liobete, le ntsimi ijongeka imiceli mngeni emikhulu efana nokudityaniswa okusezantsi, ukucingisisa iingcinga kunye nokulinganisa uluhlu kunye nokusebenza, kunye nexabiso elikhulu lophando kunye nendawo enkulu.

Umzobo 1, usebenzisa amandla e-Dender Act kwi-bandgap njengoko amaziko e-elenn ye-elenn, abathwali basimahla abaphetheyo baveliswa kwibhendi yokujonga. Kuthelekiswa nePyroelectric pitoeteeteritors, ezazilinganiselwe kwisantya sokuphendula esijikeleze i-100hz, leIfoto ye-LNinesantya sokuphendula ngokukhawuleza ukuya kwi-10khz. Ngeli xesha, kulo msebenzi, kwabonakaliswa ukuba i-magnesium ion i-add i-led ye-LN inokufezekisa imondo yokukhanya yangaphandle ngempendulo ye-10kz. Lo msebenzi ukhuthaza uphando malunga nokusebenza okuphezulu kwayeIsantya esiphezulu se-LNEkwakhiweni kwee-chip ezisebenzayo ezidityanisiweyo ze-chip ezihlanganisiweyo ze-phetonic.
Ngesishwankathelo, intsimi yophando yeIfilimu yefilimu ye-lithium ye-zithium ye-Niobateinesayensi ebalulekileyo yesayensi kunye namandla amakhulu asebenzayo. Kwixa elizayo, ngokuphuhliswa kwetekhnoloji kunye nokunzulu kophando, ifilimu yefilimu ye-lithium withium ye-Niobate (LN) Iifotoedededete (LN) iya kuphuhlisa ukudityaniswa okuphezulu. Ukudibanisa iindlela ezahlukeneyo zokudibanisa ukufezekisa ukusebenza okuphezulu, impendulo ekhawulezileyo, kunye neefilimu zefilimu ze-Lithium ze-Nithium ze-Nithium kuyo yonke imiba ye-chip kunye neyokuqonda, kwaye unike amathuba amaninzi amathuba kwi Ukuveliswa okutsha kwezicelo zephofonikisi.